Flavors can be classified as natural flavors and artificial flavors. Natural flavors are usually sourced from edible essential oils and oleoresins, or is an essence or extract from fruits/fruit juices, spices, vegetables/vegetable juices, herbs, roots, buds etc. Artificial or synthetic flavors come from inedible sources such as petroleum or paper pulp, which are processed to produce aroma chemicals for different flavors. Artificial flavors are cheaper than their natural counterparts are, as they do not require high investments in cultivating and harvesting fields. Artificial flavors could also be tailored to enhance a particular flavor according to one’s needs. However, health concerns related to consuming synthetic flavors and stringent the rules & regulations set for the use of these flavors in food & beverages are considered to restrain market demand to a certain extent.

The laboratory equipment market comprises equipment, services, and accessories that are useful for the purposes of creation, storage, and preservation of research samples. The laboratory equipment market has witnessed a considerable transformation over the past decade due to the high growth in research activities across the world. Sectors such as life science, biotechnology, and pharma have received significant support and impetus from both public and private sector investments.

Polyclonal antibodies have several advantages over monoclonal antibodies in various diagnostic settings. Polyclonal antibodies are often the most preferred choice in routine laboratory tests such as ELISA, microarray assays, western blotting, flow cytometry, and immunohistochemistry. Production of these antibodies does not require skilled professionals, and large batches can be produced as per client requirements. These antibodies can recognize multiple antigens on one epitope, and therefore can be utilized in the study of various diseases ranging from cancer to metabolic diseases. Denatured proteins are often detected with the use of polyclonal antibodies, which leads to an increase in demand for these antibodies.

Digital polymerase chain reaction (dPCR), is a biotechnological advancement of the conventional PCR procedure, as traditional PCR with its limited precision and accuracy often fail to amplify small samples of nucleic acid that include RNA, cDNA, or DNA to a detectable level. The digital polymerase chain reaction is a highly sensitive and precision procedure. The scope of the digital polymerase chain reaction market report includes revenue generated by the dPCR system that is used by various end users including clinical diagnostic laboratories, pharmaceuticals and biotechnology industries, and university and government organizations. The revenue of different products used during PCR procedure such as reagents & consumables, instruments, software, and services have been included in the report.

Keystroke dynamics solution is used for authorization and authentication by examining typing activities of its users such as rhythm pattern, overall speed, common errors, and others. Rise in adoption of multimodal biometrics drives the adoption of keystroke dynamics solutions as an additional security layer across different industry verticals such as BFSI and education. This report features information on keystroke dynamics solutions offered by key vendors. Furthermore, the report also highlights strategies of the key market players to improve the market share and sustain competition. Some of the key players operating in the report include KeyTrak, Inc., TypingDNA, ID Control, BehavioSec Inc., Delfigo Security, Intensity Analytics, Authenware Corporation, DeepNet Security, SERBAN Biometrics, Daon, Inc. and others.